All at sea
All at sea
The oceans are full of microorganisms, which are thought to cycle nutrients and mediate climate on a global scale. Despite these environmental consequences, marine microbial biodiversity remains poorly understood. Jon Copley reports.
MICROORGANISMS, MICROBIAL, BACTERIA, ARCHAEA, PHOTOSYNTHESIS, VIRUSES, BIOLOGY
572-574
Copley, J.
5f30e2a6-76c1-4150-9a42-dcfb8f5788ef
7 February 2002
Copley, J.
5f30e2a6-76c1-4150-9a42-dcfb8f5788ef
Abstract
The oceans are full of microorganisms, which are thought to cycle nutrients and mediate climate on a global scale. Despite these environmental consequences, marine microbial biodiversity remains poorly understood. Jon Copley reports.
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Published date: 7 February 2002
Keywords:
MICROORGANISMS, MICROBIAL, BACTERIA, ARCHAEA, PHOTOSYNTHESIS, VIRUSES, BIOLOGY
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Local EPrints ID: 5964
URI: http://eprints.soton.ac.uk/id/eprint/5964
ISSN: 0028-0836
PURE UUID: 24ce033f-ca65-4284-99b2-7685a4052ba6
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Date deposited: 04 Jun 2004
Last modified: 16 Mar 2024 02:48
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